Primitives

bicep-waf

Bicep infrastructure-as-code standards aligned with Azure WAF pillars — Azure Verified Modules, secure parameter handling, tagging conventions, production deployment patterns, and cost-aware resource configuration.

• security
• reliability
• cost-optimization
• operational-excellence
• +1

blazor-waf

Blazor standards — Server/WebAssembly/United components, state, performance, security

• security
• reliability
• performance-efficiency

cpp-waf

C++ coding standards — modern C++20/23, RAII, smart pointers, and safe concurrency patterns.

• security
• performance-efficiency
• reliability

csharp-mcp-development

C#/.NET MCP server development standards — ModelContextProtocol NuGet patterns, [McpServerTool] attributes, dependency injection, IHostedService lifecycle, and Azure Managed Identity integration.

• security
• reliability
• performance-efficiency

csharp-waf

C#/.NET coding standards aligned with Azure WAF pillars — Managed Identity, async patterns, dependency injection, structured logging, Pydantic-like validation with FluentValidation, and production-ready testing with xUnit.

• security
• reliability
• performance-efficiency

dart-flutter-waf

Dart/Flutter coding standards — effective Dart, widget composition, state management, and null safety.

• performance-efficiency
• reliability

docker-waf

Dockerfile standards — multi-stage builds, non-root user, minimal base images, and security scanning.

• security
• performance-efficiency

ef-core-waf

Entity Framework Core standards — migrations, query optimization, eager/lazy loading, concurrency handling.

• performance-efficiency
• reliability

electron-waf

Electron standards — IPC security, preload scripts, context isolation.

• security
• performance-efficiency

fastapi-waf

FastAPI standards — Pydantic models, dependency injection, async endpoints, and OpenAPI-first design.

• performance-efficiency
• security
• reliability

genai-foundations

GenAI foundations coding — token counting, model parameter configuration, inference optimization.

• performance-efficiency
• cost-optimization

go-mcp-development

Go MCP server development — go-sdk/mcp, struct-based I/O, context handling.

• performance-efficiency
• reliability

go-waf

Go coding standards — idiomatic Go, return early, error handling, goroutines, and minimal dependency patterns.

• reliability
• performance-efficiency

gpu-infrastructure

GPU infrastructure standards — VRAM sizing, quantization selection, serving framework config, scaling rules.

• performance-efficiency
• cost-optimization

graphql-waf

GraphQL standards — schema design, resolvers, DataLoader, error handling.

• reliability
• performance-efficiency

grpc-waf

gRPC standards — protobuf design, streaming, error codes, health checking.

• performance-efficiency
• reliability

html-css-waf

HTML/CSS standards — semantic HTML, accessibility, 60-30-10 color rule, and responsive design.

• responsible-ai
• performance-efficiency

kotlin-mcp-development

Kotlin MCP server development — coroutines, data classes, Ktor, and Gradle patterns.

• performance-efficiency
• reliability

kotlin-waf

Kotlin coding standards — coroutines, data classes, null safety, extension functions, and Gradle build patterns.

• performance-efficiency
• reliability

kubernetes-waf

Kubernetes standards — pod security, resource limits, health probes, and production deployment patterns.

• security
• reliability
• performance-efficiency

llm-model-selection

LLM selection standards — model routing config, benchmark-driven selection, cost/quality tradeoffs.

• cost-optimization
• performance-efficiency

maui-waf

MAUI standards — cross-platform, MVVM, dependency injection, platform-specific.

• reliability
• performance-efficiency

minimal-api-waf

ASP.NET Minimal API standards — endpoint routing, DI, filters, OpenAPI, rate limiting.

• performance-efficiency
• security

mongodb-waf

MongoDB standards — schema design, indexes, aggregation pipelines, and Atlas Vector Search patterns.

• performance-efficiency
• reliability